Light travels in a straight line. Thus, light from the top of the object after passing through the pinhole reaches the bottom of the camera screen and light from the bottom of the object passing through the pinhole reaches the top of the screen. This causes the inversion of the image.
The inverted image formed in the box is a virtual image, so the size of the inverted image becomes greater than the actual size of the object. The size of the image also varies according to the size of the aperture of the hole of the pinhole camera.
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Answer:
Light travels in a straight line. Thus, light from the top of the object after passing through the pinhole reaches the bottom of the camera screen and light from the bottom of the object passing through the pinhole reaches the top of the screen. This causes the inversion of the image.
Explanation:
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The inverted image formed in the box is a virtual image, so the size of the inverted image becomes greater than the actual size of the object. The size of the image also varies according to the size of the aperture of the hole of the pinhole camera.